These cells are dyed black using Golgi's method, which allowed Santiago Cajal to study the Purkinje variety of these cells. One part of these cells has a namesake "growth cone" and "hillock" from which it extends; the Nodes of Ranvier also form on that part of these cells. Oligodendrocytes and astrocytes are two types of glial cells that support these cells, and the [*] sodium-potassium pump allows them to build up electric potential. These cells are composed of a soma and dendrites, and Schwann cells make up their myelin sheaths in the peripheral nervous system. Conne
These cells are dyed black using Golgi's method, which allowed Santiago Cajal to study the Purkinje variety of these cells. One part of these cells has a namesake "growth cone" and "hillock" from which it extends; the Nodes of Ranvier also form on that part of these cells. Oligodendrocytes and astrocytes are two types of glial cells that support these cells, and the [*] sodium-potassium pump allows them to build up electric potential. These cells are composed of a soma and dendrites, and Schwann cells make up their myelin sheaths in the peripheral nervous system. Connecting at synapses, for 10 points, name these basic functional cells of the nervous system.
These cells are dyed black using Golgi's method, which allowed Santiago Cajal to study the Purkinje variety of these cells.
{neurons}